Metallurgy; an introduction to the study of physical metallurgy . Fig. 24. Fig. Fig. 26. \lo face p. 76. PURE METALS AND ALLOYS 77 state (, when not disturbed by mechanical deformation), weshall pass in the next chapter to a consideration of the modesof soUdification of metals and alloys as revealed by a study ofthe thermal phenomena which accompany the process ofcrystallisation. Beferekces. (1) Stead. Journ. Iron and Steel Inst., 1898,1., 145. (2) Ewing and Eosenhain. Phil. Trans. Eoy. Soc, 1899, Vol. 193a, pp. 363—375. (3) Osmond and Cartaud. Annales des Mines, August, 1900. Ber. de
Metallurgy; an introduction to the study of physical metallurgy . Fig. 24. Fig. Fig. 26. \lo face p. 76. PURE METALS AND ALLOYS 77 state (, when not disturbed by mechanical deformation), weshall pass in the next chapter to a consideration of the modesof soUdification of metals and alloys as revealed by a study ofthe thermal phenomena which accompany the process ofcrystallisation. Beferekces. (1) Stead. Journ. Iron and Steel Inst., 1898,1., 145. (2) Ewing and Eosenhain. Phil. Trans. Eoy. Soc, 1899, Vol. 193a, pp. 363—375. (3) Osmond and Cartaud. Annales des Mines, August, 1900. Ber. de Metalluigie, 1906, III., Iron and Steel Inst., 1906, III. (4) Bosenhain and Tucker. Phil. Trans. Boy. Soo., 1908, Vol. 209a, pp. 89—122. CHAPTER V THE THERMAL STUDY OF METALS AND ALLOYS The study of the phenomena which occur when metallicbodies are heated and cooled has thrown a flood of light onthe nature and constitution of metals and alloys, so that thephenomena in question, which relate to fusion and sohdificationand to the many internal changes which occur in
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